Jérôme REMY

- scientific expert in plasma physics, photolithography and charged particle lithography - chairman of examining divisions - member in divisions of opposition - actively monitors technological developments - assesses the compliance of patent applications with the European Patent Convention; delivers or refuses patents accordingly, with the interests of the applicant and the public constantly in mind - interacts with patent attorneys to bring the procedure to a satisfactory end for all parties

- worked as a contractor for Detech - analyzed the imaging data from a new generation of lithographic exposure tools - contributed to optimize the process parameters to image patterns on wafers according to the customer's request

- investigated the complex-bearing pre-biotic molecules present in space using the NASA AMES gas-phase supersonic jet experiment and a Cavity Ring-Down Spectrometer - determined experimentally for the first time the properties of the plasma created in the supersonic jet

- research assistant to Prof. Charles H. Townes, Nobel laureate, in the Infrared Spatial Interferometry group - developed and implemented a master local oscillator for a three telescope infrared interferometer at the Mount Wilson Observatory, CA - optimized the interferometer baseline - contributed to render the infrared spatial Interferometer device fully operational.

Distance learning programme of University courses and degrees in Astronomy, Cosmology, and Astrobiology

- studied the initial growth’s phases of nanoparticles in a silane dusty plasma used in the fabrication of amorphous silicon solar cells; diagnosed the plasma properties (Ph.D. thesis sponsored by the European Commission under H-ALPHA solar contract) - investigated a pulsed discharge nozzle which recreates the interstellar conditions (collaboration with NASA AMES). - participated to the European Space Agency 34th Parabolic flight campaign; acquired data for the Philips lighting ARGES experiment

- Advanced Engineering School in Electronics and Optical Processes (ESPEO), now referred to as Polytech'Orléans - studied laser and plasma processes relevant to the telecommunication and semiconductor industry